5 5 4 4 3 3 2 2 1 1 D D C C B B A A NOTES, UNLESS OTHERWISE SPECIFIED: REVISIONS COMPUTER GENERATED DRAWING - DO NOT REVISE MANUALLY APPROVED DATE DESCRIPTION REV ECO 2149913: Initial Release A Sheet 1: Cover Sheet 2: Block Diagram Sheet 3: FPGA Front End I/F Sheet 4: FPGA DDR3 I/F Sheet 5: DDR3 Memory 1&2 Sheet 6: DDR3 Memory 3&4 Sheet 7: FPGA Video Out I/F Sheet 8: FPGA Programming/Test MUX Sheet 9: FPGA Power Sheet 10: FPGA Regulators Sheet 11: FPGA Regulators Sheet 12: FPGA Ground Sheet 13: ASIC Video Input I/F Sheet 14: Master DMD Flex I/F Sheet 15: Slave DMD Flex I/F Sheet 16: Input Power and PMD1000 I/F Sheet 17: Primary PMD1000 Power Supplies Sheet 18: Secondary PMD1000 Power Supplies Sheet 19: ColorWheel Drive Sheet 20: Fans, CW Index, Peripheral Connectors Sheet 21: Master ASIC GPIO, I2C, and Lamp Ballast Sheet 22: GPIO Expander, Keypad Interface and IR Sheet 23: Master ASIC TP, ARM JTAG, RESET Sheet 24: Slave ASIC TP, ARM JTAG Sheet 25: Master RS-232. SPI, and USB Sheet 26: Master ASIC Flash I/F Sheet 27: Slave ASIC Flash I/F Sheet 28: ASIC SSI I/F Sheet 29: SSI Driver I/F Sheet 30: Slave ASIC GPIO & Smooth Picture I/F Sheet 31: Smooth Picture Electronics Sheet 32: Master Power and Bypass Caps Sheet 33: Slave Power and Bypass Caps Sheet 34: Revisions INDEX 4/13/2015 DH ECO 2150627 B 5/15/2015 DH 1. The netname "P1P1V" represents connection to the +1.1V FPGA power plane 2. The netname "P1P1V_FIL" represents connection to the +1.1V filtered FPGA power plane 3. The netname "P1P1V_M" represents connection to the +1.1V Master ASIC power plane 4. The netname "P1P1V_S" represents connection to the +1.1V Slave ASIC power plane 5. The netname "P1P15V" represents connection to the +1.15V FPGA power plane 6. The netname "P1P15V" represents connection to the +1.15V filtered FPGA power plane 7. The netname "P1P5V" represents connection to the +1.5V FPGA power plane 8. The netname "P1P5V_FIL" represents connection to the +1.5V filtered FPGA power plane 9. The netname "P1P8V_M" represents connection to the +1.8V Master ASIC power plane 10. The netname "P1P8V_S" represents connection to the +1.8V Slave ASIC power plane 11. The netname "A1P8V_M" represents connection to the +1.8V Master ASIC power plane for the PLLs 12. The netname "A1P8V_S" represents connection to the +1.8V Slave ASIC power plane for the PLLs 13. The netname "P2P5V" represents connection to the +2.5V FPGA power plane 14. The netname "P2P5V_FIL" represents connection to the +2.5V filtered FPGA power plane 15. The netname "P2P5V_M" represents connection to the +2.5V Master ASIC power plane 16. The netname "P2P5V_S" represents connection to the +2.5V Slave ASIC power plane 17. The netname "P3P3V" represents connection to the +3.3V FPGA power plane 18. The netname "P3P3V_M" represents connection to the +3.3V Master ASIC power plane 19. The netname "P3P3V_S" represents connection to the +3.3V Slave ASIC power plane 20. The netname "P5V_M" represents connection to the +5V Master ASIC power plane 21. The netname "P5V_S" represents connection to the +5V Slave ASIC power plane 22. The netname "P12V" represents the connection to the +12.0V power plane. 23. The netname "GND" represents connection to the ground plane 24. A "Z" suffix on a signal name indicates an active low signal 25. All components with designators "U*", "Q*", "D*" are electrostactic discharge sensitive. 26. All components with designators above 500 are mounted on the bottom side of the board. 27. All resistor values are in ohms. ECO 2150877 C 6/25/2015 DH ECO 2153403 D 9/15/2015 DH TEXAS INSTRUMENTS (C) COPYRIGHT 2015 TEXAS INSTRUMENTS ALL RIGHTS RESERVED TITLE DRAWING NO REV SCALE SHEET of DWN ENGR APVD MFG QA SW DATE NEXT ASSY USED ON APPLICATION A3 E 2514423 TIDA-01347 P66 4KUHD Formatter Board 34 1 Ben Uhing Cadence 16.6 9/30/2016 Scott Vestal 4/9/2015 TEXAS INSTRUMENTS (C) COPYRIGHT 2015 TEXAS INSTRUMENTS ALL RIGHTS RESERVED TITLE DRAWING NO REV SCALE SHEET of DWN ENGR APVD MFG QA SW DATE NEXT ASSY USED ON APPLICATION A3 E 2514423 TIDA-01347 P66 4KUHD Formatter Board 34 1 Ben Uhing Cadence 16.6 9/30/2016 Scott Vestal 4/9/2015 TEXAS INSTRUMENTS (C) COPYRIGHT 2015 TEXAS INSTRUMENTS ALL RIGHTS RESERVED TITLE DRAWING NO REV SCALE SHEET of DWN ENGR APVD MFG QA SW DATE NEXT ASSY USED ON APPLICATION A3 E 2514423 TIDA-01347 P66 4KUHD Formatter Board 34 1 Ben Uhing Cadence 16.6 9/30/2016 Scott Vestal 4/9/2015
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Transcript
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
NOTES, UNLESS OTHERWISE SPECIFIED:REVISIONS
COMPUTER GENERATED DRAWING - DO NOT REVISE MANUALLY
APPROVEDDATEDESCRIPTIONREV
ECO 2149913: Initial ReleaseA
Sheet 1: CoverSheet 2: Block DiagramSheet 3: FPGA Front End I/FSheet 4: FPGA DDR3 I/FSheet 5: DDR3 Memory 1&2Sheet 6: DDR3 Memory 3&4Sheet 7: FPGA Video Out I/FSheet 8: FPGA Programming/Test MUXSheet 9: FPGA PowerSheet 10: FPGA RegulatorsSheet 11: FPGA RegulatorsSheet 12: FPGA GroundSheet 13: ASIC Video Input I/FSheet 14: Master DMD Flex I/FSheet 15: Slave DMD Flex I/FSheet 16: Input Power and PMD1000 I/FSheet 17: Primary PMD1000 Power SuppliesSheet 18: Secondary PMD1000 Power SuppliesSheet 19: ColorWheel DriveSheet 20: Fans, CW Index, Peripheral ConnectorsSheet 21: Master ASIC GPIO, I2C, and Lamp BallastSheet 22: GPIO Expander, Keypad Interface and IR Sheet 23: Master ASIC TP, ARM JTAG, RESETSheet 24: Slave ASIC TP, ARM JTAGSheet 25: Master RS-232. SPI, and USBSheet 26: Master ASIC Flash I/FSheet 27: Slave ASIC Flash I/FSheet 28: ASIC SSI I/FSheet 29: SSI Driver I/FSheet 30: Slave ASIC GPIO & Smooth Picture I/FSheet 31: Smooth Picture ElectronicsSheet 32: Master Power and Bypass CapsSheet 33: Slave Power and Bypass CapsSheet 34: Revisions
INDEX
4/13/2015 DH
ECO 2150627B 5/15/2015 DH
1. The netname "P1P1V" represents connection to the +1.1V FPGA power plane2. The netname "P1P1V_FIL" represents connection to the +1.1V filtered FPGA power plane3. The netname "P1P1V_M" represents connection to the +1.1V Master ASIC power plane4. The netname "P1P1V_S" represents connection to the +1.1V Slave ASIC power plane5. The netname "P1P15V" represents connection to the +1.15V FPGA power plane6. The netname "P1P15V" represents connection to the +1.15V filtered FPGA power plane7. The netname "P1P5V" represents connection to the +1.5V FPGA power plane8. The netname "P1P5V_FIL" represents connection to the +1.5V filtered FPGA power plane9. The netname "P1P8V_M" represents connection to the +1.8V Master ASIC power plane10. The netname "P1P8V_S" represents connection to the +1.8V Slave ASIC power plane11. The netname "A1P8V_M" represents connection to the +1.8V Master ASIC power plane for the PLLs12. The netname "A1P8V_S" represents connection to the +1.8V Slave ASIC power plane for the PLLs13. The netname "P2P5V" represents connection to the +2.5V FPGA power plane14. The netname "P2P5V_FIL" represents connection to the +2.5V filtered FPGA power plane15. The netname "P2P5V_M" represents connection to the +2.5V Master ASIC power plane16. The netname "P2P5V_S" represents connection to the +2.5V Slave ASIC power plane17. The netname "P3P3V" represents connection to the +3.3V FPGA power plane18. The netname "P3P3V_M" represents connection to the +3.3V Master ASIC power plane19. The netname "P3P3V_S" represents connection to the +3.3V Slave ASIC power plane20. The netname "P5V_M" represents connection to the +5V Master ASIC power plane21. The netname "P5V_S" represents connection to the +5V Slave ASIC power plane22. The netname "P12V" represents the connection to the +12.0V power plane.23. The netname "GND" represents connection to the ground plane24. A "Z" suffix on a signal name indicates an active low signal25. All components with designators "U*", "Q*", "D*" are electrostactic discharge sensitive.26. All components with designators above 500 are mounted on the bottom side of the board.27. All resistor values are in ohms.
ECO 2150877C 6/25/2015 DH
ECO 2153403D 9/15/2015 DH
TEXAS INSTRUMENTS
(C) COPYRIGHT 2015 TEXAS INSTRUMENTSALL RIGHTS RESERVED
TITLE
DRAWING NO REV
SCALE SHEET of
DWN
ENGR
APVD
MFG
QA
SW
DATE
NEXT ASSY USED ON
APPLICATION
A3 E2514423
TIDA-01347 P66 4KUHD Formatter Board
341
Ben Uhing
Cadence 16.6
9/30/2016
Scott Vestal 4/9/2015TEXAS INSTRUMENTS
(C) COPYRIGHT 2015 TEXAS INSTRUMENTSALL RIGHTS RESERVED
TITLE
DRAWING NO REV
SCALE SHEET of
DWN
ENGR
APVD
MFG
QA
SW
DATE
NEXT ASSY USED ON
APPLICATION
A3 E2514423
TIDA-01347 P66 4KUHD Formatter Board
341
Ben Uhing
Cadence 16.6
9/30/2016
Scott Vestal 4/9/2015TEXAS INSTRUMENTS
(C) COPYRIGHT 2015 TEXAS INSTRUMENTSALL RIGHTS RESERVED
TITLE
DRAWING NO REV
SCALE SHEET of
DWN
ENGR
APVD
MFG
QA
SW
DATE
NEXT ASSY USED ON
APPLICATION
A3 E2514423
TIDA-01347 P66 4KUHD Formatter Board
341
Ben Uhing
Cadence 16.6
9/30/2016
Scott Vestal 4/9/2015
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
Vb
yO
ne
52
Pin
Co
nn
ect
or
FPGA
Output: UHD/WQXGA
DDP4422
FMT Only
Master ASIC
DDP4422
FMT Only
Slave ASIC
Fle
xFle
x
Input from Front End Board:
VbyOne
3840x2160 @ 60Hz
DMD Board
Left (1358x1528 @ 120 Hz)
Right (1358x1528 @ 120 Hz)1390x1528 @ 120Hz
Smooth Picture
Actuator
SPI
60 bit
60 bit
DAD CTRL and SCP CTRL
PMD1000
(Master
ASIC
Voltages)
1.1 V
1.8 V
2.5 V
3.3 V
5 V
CW 1 Motor Ctrl
12 V
CTRL SIGNALS
DDR3DDR3DDR3ADDR DATA
x4 (UHD Only)
JTAG
HBT
Flash
Flash
ADDR DATA
DATAADDR
Config. Lines
I2C
FE CTRL/I2C
GPIO Lines
DATA
DATA
FE CTRL
FE CTRL/I2C
FE CTRL
SP Elec.
1390x1528 @ 120Hz
3D, FIELD, H/V-SYNC,
DE, CLK
SP
Da
ta
PMD1000
(Slave
ASIC
Voltages)
1.1V
1.8 V
2.5 V
3.3 V
5 V
CW 2 Motor Ctrl
12 V
SP
Elec.
16
1623
23
SmoothPicture Data
3D, FIELD, H/V-SYNC,
DE, CLKJTAG
CTRL SIGNALSVx1 Vx1
PMD#3
(Header-Only)
CTRL SIGNALS
FPGA Voltage
Regulators
(x7)
1.1 V/1.1 V_FIL
1.15 V/1.15 V_FIL
1.5 V/1.5 V_FIL
2.5 V/2.5 V_FIL
3.3 V
DDR_VTT & DDR_VREF
EXT 3.3V
Reg
DMD_3.3 V
OSC20 MHz
OSC
OSC
Ref Clk
XX Hz
RS-232
RS-232Lamp
(C) COPYRIGHT 2015 Texas Instruments All Rights Reserved
Block Diagram
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 DA3
352
Amy White4/13/2015
3/18/2015
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 DA3
352
Amy White4/13/2015
3/18/2015
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 DA3
352
Amy White4/13/2015
3/18/2015
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
(C) COPYRIGHT 2015 Texas Instruments All Rights Reserved
FPGA - Front-End I/F
CCA MOUNTING HOLES
Note: J503 - Input PowerIf front-end board can supply 12V with sufficent current to power formatter board install J503.
DO NOT INSTALL J503 while input power from wall plug is in use (J27).
Default: Not Installed
J505 Vx1 Swap PNInstalled: Not Swapping P and N's (Default)Not Installed: Swapping P and N's
J506 Vx1 Swap OrderInstalled: Not Bit Order Swapping (Default)Not Installed: Bit Order Swapping
NOTE:R620, R634, R69, R102, R131, R85 are used for current measurement and are not required for production units.
R713, R100, R232, R638 and R685 are used for alternate lab supplies and are not required for production units. NOTE:
Consult the PMD1000 Data Sheet for external component specifications.
IMPORTANT NOTE:The PCB should be designed such that the specifications are not exceeded when the DDP442x is operated under the maximum currentconditions specified in the DDP442x datasheet.
DPAK
Primary DLPA1000 Power Supplies
1
2
3
4
(C) COPYRIGHT 2015 Texas Instruments All Rights Reserved
A1P8V_M
P1P1V_M
P2P5V_M
P1P8V_M
P12VP12V
P3P3V_MP5V_M
P2P5V_M
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3417
Ben Uhing 9/30/2016
1/31/2017
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3417
Ben Uhing 9/30/2016
1/31/2017
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3417
Ben Uhing 9/30/2016
1/31/2017
L14 10 uH
SRR1005-100M
D506B340B-13-F
D13B220A-13-F
Q502NTD14N03RT4
1
243
TP8
GND
C5860.33 uF25V
R5621.6K0.1%
C535 0.22 uF25V
TP14
R6122K0.1%
C5570.33 uF25V
TP7
C74647 uF10V10%
R94 0.011%
R536 0.011%
TP16
C5647 uF10V10%
R101 0.011%
R6111.6K0.1%
Q5NTD14N03RT4
1
2 43
C28 0.22 uF25V
R105 0.011%
R5807500.1%
C5334.7 uF25V10%
L9 15 uH
SRR1005-150M
AD
JU
ST
AB
LE
LIN
EA
R R
EG
5V
SW
RE
GLIN
EA
R R
EG
CO
NT
RO
L
3.3
V S
W R
EG
2.5
V S
W R
EG
AD
JU
ST
AB
LE
SW
RE
GU
LA
TO
R
U10B
DLPA1000
DLPA1000
VBB122
VBB237
VBB442
VCP21
CP118
CP217
VREG20
TRIM47
ISENK27
ISEN28
GDC26
LXC25
/FBC30
V2P546
LX2541
V3P345
LX3343
V524
LX523
FB131
VLIN129
GD233
FB232
D14B220A-13-F
C52222 uF25V10%
TP17
R563 2K0.1%
R615 0.011%
C548 0.33 uF25V
R74 0.011%
TP15
C71022 uF25V10%
C71647 uF10V10%
D11
MURS320T3G
TP10
D7B220A-13-F
R559 0.11%
L10 4.7 uH
SRR1005-4R7M
L13 10 uH
SRR1005-100M
C5980.33 uF25V
R5762K0.1%
PMD1K_FB_LIN1
A1P8V_SENSE
PMD1K_VCP
PMD1K_CP1
SWNODE_COREPMD1K_CP2
PMD1K_FB_P5V
SWNODE_P5VSWNODE_P5VSWNODE_P5VSWNODE_P5V
PMD1K_FB_P3P3V
PMD1K_VREG
SWNODE_P3P3V
PMD1K_GD_CORE
PMD1K_FB_P2P5V
SWNODE_P2P5V
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
NOTE:Consult the PMD1000 Data Sheet for external component specifications.
IMPORTANT NOTE:The PCB should be designed such that the specifications are not exceeded when the DDP442x is operated under the maximum currentconditions specified in the DDP442x datasheet.
DPAK
1
2
3
4
1
2
DPAK
3
4
Secondary DLPA1000 Supplies (C) COPYRIGHT 2015 Texas Instruments All Rights Reserved
NOTE:R587, R525, R46, R576, R14 are used for current measurement and are not required for production units.
DO NOT INSTALL
P12V
P1P1V_S
P12V
P2P5V_S
P1P8V_S
P2P5V_S
P3P3V_S
A1P8V_S
P3P3V_M
P12V
P12V
DMD_P3P3V
P5V_S
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3418
Ben Uhing 9/30/2016
1/31/2017
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3418
Ben Uhing 9/30/2016
1/31/2017
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3418
Ben Uhing 9/30/2016
1/31/2017
C795 0.33 uF25V
AD
JU
ST
AB
LE
LIN
EA
R R
EG
5V
SW
RE
GLIN
EA
R R
EG
CO
NT
RO
L
3.3
V S
W R
EG
2.5
V S
W R
EG
AD
JU
ST
AB
LE
SW
RE
GU
LA
TO
R
U29B
DLPA1000
DLPA1000
VBB122
VBB237
VBB442
VCP21
CP118
CP217
VREG20
TRIM47
ISENK27
ISEN28
GDC26
LXC25
/FBC30
V2P546
LX2541
V3P345
LX3343
V524
LX523
FB131
VLIN129
GD233
FB232
TP36
R727
10K
C89947 uF10V10%
C11747 pF
C88047 uF10V10%
C1110.01 uF
L18 4.7 uH
SRR1005-4R7M
Q6NTD14N03RT4
1
2 43
TP20
R157 0.011%
Q503NTD14N03RT4
1
243
R18129.4K
D507B220A-13-F
R638 0.011%
C89 0.22 uF25V
TP31
D20B220A-13-F
R723
10K
TP39
R18410.2K
R6501.6K0.1%
R1850
TP21
GND
C789 0.22 uF25V
R7200
D23B340B-13-F
C9847 uF10V10%
R137 0.011%
C8150.33 uF25V
C9454.7 uF
R6782K0.1%
R1693.24K
C87522 uF25V10%
L22 6.8 uH
L16 15 uH
SRR1005-150M
C8160.33 uF25V
D17
MURS220T3G
C7884.7 uF25V10%
U38
TPS54331
BOOT1
VIN2
EN3
SS4
VSNS5COMP6GND7PH8
C1130.1 uF25V
10%
R6771.6K0.1%
C11447 uF
C77922 uF25V10%
R183 0.011%
C1054.7 uF
C7970.33 uF25V
L20 10 uH
SRR1005-100M
C11547 uF
Q5052N2222A
R647 0.11%
C1064.7 uF
R651 2K0.1%
R6637500.1%
Q5042N2222A
R112 0.011%
D19B220A-13-F
L21 10 uH
SRR1005-100M
R681 0.011%
C1070.01 uF
TP25
R143 0.011%
R6622K0.1%
C1181000 pF
D16B220A-13-F
TP35
PMD1K2_VCP
PMD1K2_CP1
PMD1K2_CP2
PMD1K2_VREG
SWNODE2_CORE
PMD1K2_GD_CORE
PMD1K2_FB_P2P5V
SWNODE2_P2P5V
PMD1K2_FB_P3P3V
SWNODE2_P3P3V
PMD1K2_FB_LIN1
A1P8V2_SENSE
SW_EN
SW_SS
SW_PH
SW_BOOT
SW_VOUT
SW_COMP
SW_VSNS
PMD1K2_FB_P5V
SWNODE2_P5V
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
SOT-323
1 2
3
NOTE: This resistor value is dependant upon the CW motor used. The value range is 0.47 ohms to 2.2 ohms. The target vlotage range for the SENSE pin is 100-150mV when the CW is running at a stable speed.
NOTE: This resistor value is dependant upon the CW motor used. The value range is 0.47 ohms to 2.2 ohms. The target vlotage range for the SENSE pin is 100-150mV when the CW is running at a stable speed.
Color Wheel Drive (C) COPYRIGHT 2015 Texas Instruments All Rights Reserved
CW1 MOTOR DRIVE
CW2 MOTOR DRIVE
Note: If not using the motor driver on the DLPA1000 follow these guidelines for unused pins:GMIN (pin 8) – GroundOSC (pin 6) – GroundSENSE (pin 14) – GroundCTAP (pin 13) – VBBVM (pin 11) – VBBOUTA (pin 12) – No ConnectOUTB (pin 15) – No ConnectOUTC (pin 16) – No ConnectTACH (pin 5) – No ConnectVMSW (pin 10) – No ConnectVBB (pin 37) – VBB
P12V
P3P3V_MP12V P12V
P12VP12V
P12V
P3P3V_SP12V P12V
P12VP12V
OCLKAp.16,19
CW_PWM1p.16
OCLKAp.16,19
CW_PWM2p.21
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3419
Ben Uhing 9/30/2016
1/31/2017
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3419
Ben Uhing 9/30/2016
1/31/2017
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3419
Ben Uhing 9/30/2016
1/31/2017
R6643.3K1/10W
D18B220A-13-F
J2
MOLEXCON4
1234
DN4BAT54SWT1G
1 2
3
R35
150
1/4W
5%
R1172.21%R660
10K
R30 01/8W
R28
150
1/4W
5%
U10A
DLPA1000
DLPA1000
OSC6
VBB39
VM11
VMSW10
GMIN8
OUTA12
OUTB15
OUTC16
CTAP13
TACH5
SENSE14
R33
150
1/4W
5%
DN2BAT54SWT1G
1 2
3
R32 01/8W
C5080.001 uF50V10%
C5560.1 uF
DN8BAT54SWT1G
1 2
3
DN1BAT54SWT1G
1 2
3
R31 01/8W
J1
MOLEXCON4
1234
C5070.001 uF50V10%
TP13
DN3BAT54SWT1G
1 2
3
R27
150
1/4W
5%
L11 33 uH
SRR1005-330Y
R24 01/8W
DN6BAT54SWT1G
1 2
3
C5090.001 uF50V10%
R29
150
1/4W
5%
C2722 uF25V10%
R26 01/8W
DN7BAT54SWT1G
1 2
3
R5833.3K1/10W
C5040.001 uF50V10%
D12B220A-13-F
R25 01/8W
DN5BAT54SWT1G
1 2
3
C7960.1 uF
C5030.001 uF50V10%
R832.21%
U29A
DLPA1000
DLPA1000
OSC6
VBB39
VM11
VMSW10
GMIN8
OUTA12
OUTB15
OUTC16
CTAP13
TACH5
SENSE14
TP28
L19 33 uH
SRR1005-330Y
R57410K
C5050.001 uF50V10%
C8822 uF25V10%
R34
150
1/4W
5%
OUT1A_SNUB
PMD1K_FB_MOT1 CWY1C
CWY1B
CWY1A
PMD1K_GM_IN1CW_PWM1
OUT1A
OUT1B
CWCTR1
OUT1C
REAL_CWTACH1
PMD1K_SENSE_MOT1
OUT1C_SNUB OUT1B_SNUB
OCLKA
SWNODE_MOTSWNODE_MOT1
OUT2A_SNUB
PMD1K_FB_MOT2 CWY2C
CWY2B
CWY2A
PMD1K_GM_IN2CW_PWM2
OUT2A
OUT2B
CWCTR2
OUT2C
REAL_CWTACH2
PMD1K_SENSE_MOT2
OUT2C_SNUB OUT2B_SNUB
OCLKA
SWNODE_MOT2
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
FAN 1
DO NOT INSTALL
DO NOT INSTALL
Fan, Color Wheel Interface and Peripherals
CW1 INDEX
SENSOR
5V FAN
FAN 2
DO NOT INSTALL
DO NOT INSTALL
FAN 3
DO NOT INSTALL
DO NOT INSTALL
FAN 4
DO NOT INSTALL
DO NOT INSTALL
FAN 5
DO NOT INSTALL
DO NOT INSTALL
FAN 6
DO NOT INSTALL
DO NOT INSTALL
CW2 INDEX
SENSOR
DYNAMIC BLACK I/F
3D I/F
(C) COPYRIGHT 2015 Texas Instruments All Rights Reserved
12
3
SOT-23
Projector Settings MemoryI2C Address set to 0xA8
P12V
P3P3V_M
P3P3V_M
P12V
P3P3V_M
P12V
P3P3V_M
P12V
P3P3V_M
P12V
P3P3V_M
P12V
P3P3V_M
P3P3V_M
P3P3V_M
P12V
P3P3V_M
P3P3V_M
P3P3V_M
P3P3V_M
P5V_M
P5V_M
P3P3V_M
FAN1_SW p.16
FAN1_LOCKD p.21
CW_INDEX1 p.16,30
FAN2_SW p.16
FAN2_LOCKD p.21
FAN3_SW p.16
FAN3_LOCKD p.21
FAN4_SW p.16
FAN4_LOCKD p.21
FAN5_SW p.16
FAN5_LOCKD p.21
FAN6_SW p.16
FAN6_LOCKD p.21
CW_INDEX2 p.21
DB/RED_PWMp.21,29
3D_TOGGLEp.21,29
EXT_ARSTZp.8,14,16
SDA1 p.8,21,22,30SCL1 p.8,21,22,30
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3420
Ben Uhing 9/30/2016
1/31/2017
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3420
Ben Uhing 9/30/2016
1/31/2017
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3420
Ben Uhing 9/30/2016
1/31/2017
C51822 uF25V10%
D502STPS0560Z
C5130.1 uF10V10%
D501STPS0560Z
D500STPS0560Z
J8
123
Q5012N2222A
R17100K5%
R152.2K
L4 47 uH
ELL6SH470M
R74175
R510K1%
R5062.4
L6 47 uH
ELL6SH470M
U50974LVC1G125
2 4
513
TP5
C50222 uF25V10%
R11110
J46123
J15
123
C50122 uF25V10%
R5153.3K
J17
123
C51722 uF25V10%
L3 47 uH
ELL6SH470M
J47123
J20
123
R5173.3K
R610K5%
VR2
20K
13
2
R74375
Q500
FDN306P
12
3
R5033.3K
J4
123
U51074LVC1G125
2 4
513
R5212.4
C20.1 uF25V10%
R530
10K
R512681/2W
L1 47 uH
ELL6SH470M
R5232.4
R182.2K
L2 47 uH
ELL6SH470M
J16
123
L5 47 uH
ELL6SH470M
C50022 uF25V10%
R514681/2W
+
-
U6BLM393APWR5
7
84
6
R500681/2W
C50.1 uF
25V10%
R5053.3K
J6
123
C10.1 uF25V10%
C26
0.1 uF
25V
10%
R5043.3K
J7
123
C9620.1 uF10V10%
R10110
R534 10K
TP4
R5163.3K
TP3
D505STPS0560Z
D503STPS0560Z
R5082.4
C9610.1 uF10V10%
R502681/2W
R5072.4
R501681/2W
VR1
20K
13
2
C9580.1 uF25V10%
R513681/2W
C5100.1 uF
10V10%
R13100K5%
R742
1K
U500
AT24C32D
A01
A12
A23
GND4
SDA5SCL6WP7VCC8
R5222.4
C5110.1 uF
25V10%
TP2
C51622 uF25V10%
+
-
U6ALM393APWR3
1
84
2
J5
123
D504STPS0560Z
FAN1_SW
CW_INDEX1
FAN1_LOCKD
VDD1_INDEX_SENSE
FAN2_SW
FAN2_LOCKD
FAN3_SW
FAN3_LOCKD
FAN4_SW
FAN4_LOCKD
FAN5_SW
FAN5_LOCKD
FAN6_SW
FAN6_LOCKD
INDEX1_SENSE_INPUT
CW_INDEX2VDD2_INDEX_SENSEINDEX2_SENSE_INPUT
DB/RED_PWM DYN_BLK_BUF
3D_TOGGLE
EXT_ARSTZ
SCL1SDA1
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
DO NOT INSTALL
BALLAST CONTROL
DO NOT INSTALL
DO NOT INSTALL
DO NOT INSTALL
DO NOT INSTALL
Note: GPIO_25 can be used as LAMP_SYNC if needed
Master ASIC GPIO, I2C, and Ballast Control (C) COPYRIGHT 2015 Texas Instruments All Rights Reserved
J31 installed - Hold in Boot Loader
Master
Some ballast may require a different value of R14 forrobust communication. Some ballast may require a valueof 1.5k. See ballast data sheet for more information.
P3P3V_M
P5V_M
P5V_M
P5V_M
P3P3V_M
P3P3V_M
P3P3V_M
P3P3V_M
P3P3V_M
P3P3V_M
P3P3V_M
P3P3V_M
P3P3V_M
P3P3V_M
P3P3V_M
P3P3V_M
P3P3V_M
SCL0p.3,22SDA0p.3,22
RED_LED_ENp.29
GRN_LED_ENp.29
CW_INDEX2 p.20
SSP2_DO p.29SSP2_CSZ_0 p.29DRV_RST p.29
FAN1_LOCKD p.20FAN2_LOCKD p.20FAN3_LOCKD p.20
USB_ENZ p.25
3D_TOGGLE p.20,29
CW_PWM2 p.19
SSP0_CSZ5_DAD2 p.14
DASYNC p.30
DB/RED_PWMp.20,29
BLU_LED_ENp.29
FAN5_LOCKD p.20
FAN4_LOCKD p.20
GPIO_54 p.29
FAN6_LOCKD p.20
SSP2_CLK p.29SSP2_DIN p.29
LMPCTRLp.29
LAMPLITZp.29
HBT_CLK_OUT p.30HBT_DO p.30
HBT_DI_0 p.30HBT_CLKIN_0 p.30
I2C_BUSYp.3
SSP0_CSZ4_SLAVE p.30
SCL1p.8,20,22,30SDA1p.8,20,22,30
SLAVE_INT p.30
LMPSTAT p.30
HOLD_BOOTZ p.30
GPIOX_RSTZ p.22GPIOX_INTZ p.22
IR0p.22IR1p.22
SDA2 p.8
SCL2 p.8
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3421
Ben Uhing 9/30/2016
1/31/2017
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3421
Ben Uhing 9/30/2016
1/31/2017
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3421
Ben Uhing 9/30/2016
1/31/2017
R14
6.49K
R531K
R511K
J31
1
2
C60.1 uF10V10%
C80.1 uF10V R37
10K
R657
1K
R521K
U474LVC1G17
2 4
513
J14
JUMPER-1x3
12
3
R80
R132 33
J3
123456
TP1
R361K
R9 0
R38
1K
R1223.3K
TP6
R133 1K
R410K
R645 33
R30
R211K
R6563.3K
R6433.3K
R7 0
R120
R20
J12
CONN_4
1234
R201K
R404.02K
U2
74LVC1G125
24
51 3
U33I
DLPC4422
GPIO_28C26
GPIO_29E23
IIC0_SCLA10
IIC0_SDAB10
GPIO_00C19
GPIO_01D19
GPIO_02E18
GPIO_03A19
GPIO_14D20
GPIO_15E19
GPIO_39F24
GPIO_38E25
GPIO_37G22
GPIO_18B24
GPIO_19D21
GPIO_20C23
GPIO_12B22
GPIO_13C21
GPIO_24B26
GPIO_25C25
GPIO_26D24
LMPSTATAF8
LMPCTRLAC9
GPIO_40T23
GPIO_41R22
GPIO_42U26
GPIO_43U25
GPIO_44U24
GPIO_45U23
GPIO_46T22
GPIO_47V26
GPIO_48V25
GPIO_49V24
GPIO_50V23
GPIO_51AC11
GPIO_52AB12
GPIO_53E26
GPIO_54F26
GPIO_56G24
GPIO_59G26
GPIO_60H22
GPIO_61H23
GPIO_62H24
GPIO_63H25
GPIO_64H26
GPIO_65J22
GPIO_66J23
GPIO_67J24
GPIO_68J25
GPIO_69J26
GPIO_70K22
GPIO_71K23
GPIO_72K24
GPIO_82E3
GPIO_04B19
R6533.3K
J10
CONN_4
1234
R655 33
R644 33
R10
U374LVC1G125
24
51 3
Q12N2222A
C40.1 uF10V
J13
CONN_4
1234
C70.1 nF50V
R220
R501K
R190
R1353.3K
SCL0SDA0
I2C_BUSY
LMPSTAT
LMPCTRL
FAN3_LOCKDFAN2_LOCKDFAN1_LOCKD
GPIO_54
LMPCTRL_BUF
LMPCTRL_ZLMP_TXD_BUF
LAMPLITZ_FLTR
GRN_LED_EN
RED_LED_EN
CW_INDEX2
SSP2_DO
CW_PWM2
HOLD_BOOTZ
DB/RED_PWM
3D_TOGGLE
SDA2SCL2
GPIO_26BLU_LED_EN
LMP_TXD
FAN5_LOCKD
FAN4_LOCKD
FAN6_LOCKD
LAMPLITZ
SSP0_CSZ4
SSP0_CSZ5
DASYNC
SCL1
MASTER
SSP2_DINSSP2_CLKDRV_RSTSSP2_CSZ_0
SDA1
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
KEYBOARD INTERFACE
DO NOT INSTALL
(C) COPYRIGHT 2015 Texas Instruments All Rights Reserved
GPIO Expander, Keypad Interface and IR Interface
Master
DO NOT INSTALL
P3P3V_M
P3P3V_M
P3P3V_M
P3P3V_MP3P3V_M
P3P3V_M
P3P3V_M
P3P3V_M
IR0p.21
IR1p.21
GPIOX_RSTZp.21
SDA1p.8,20,21,30SCL1p.8,20,21,30
GPIOX_INTZ p.21
SSP1_DI p.8SSP1_CLK p.8SSP1_DO p.8SSP1_CSZ_0 p.8
PROG_FLASH_IN p.8
SDA0p.3,21SCL0p.3,21
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3422
Ben Uhing 9/30/2016
1/31/2017
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3422
Ben Uhing 9/30/2016
1/31/2017
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3422
Ben Uhing 9/30/2016
1/31/2017
D4Red
R658 22
R54
1K
R69
1K
POINTBLANK INTERFACE
U33D
DLPC4422
GPIO_30D25
GPIO_31F22
GPIO_32E24GPIO_33D26
GPIO_34F23
GPIO_57F25
GPIO_79AE9
GPIO_80AD9
GPIO_81AB10
J18CON14
1234567891011121314
D6Red
R67 0
R45 220
R561K
R188 0
U8
TCA8418
VCC21
RESETZ20
SDA22
SCL23
GND19
GPIOx_001
GPIOx_012
GPIOx_023
GPIOx_034
GPIOx_045
GPIOx_056
GPIOx_067
GPIOx_078
GPIOx_089
GPIOx_0910
GPIOx_1011
GPIOx_1112
GPIOx_1213
GPIOx_1314
GPIOx_1415GPIOx_1516GPIOx_1617GPIOx_1718
INTZ24
PAD25
R63
1K
U44IR_RECVR
123
R659 22
R641K
R68 0
R189 0
R187335%
D21
Red
R49 220
R16335%
R6533
R683 220
R44 220
C180.1 uF10V10%
C34.7 uF
25V
R58
1K
R48 220
R43 220
R134 22
R6610K
R47 220
R611K
R46 220
D3Green
C1224.7 uF25V
U1IR_RECVR
123
D5Green
IR0
IR1
P5V_IR
P5V_IR_CONN
GPIOX_13
GPIOX_12
GPIOX_11
GPIOX_14
KEYPD_PWR
KEYPD_DOWN
KEYPD_LEFT
KEYPD_RIGHT
KEYPD_UP
KEYPD_SEL
KEYPD_LED_PWR
KEYPD_LED_LMP
KEYPD_LED_HOT
LED2_GRN
LED2_RED
LED1_GRN
LED1_RED
KEYPD_PWR
KEYPD_UPKEYPD_DOWN
KEYPD_RIGHT
KEYPD_SEL
KEYPD_LEFT
KEYPD_LED_HOTKEYPD_LED_LMP
KEYPD_LED_PWR
GPIOX_INTZ
GPIO_79 LLF_LED
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
DO NOT INSTALL
JTAG BOUNDARY SCAN
DO NOT INSTALL
NOTE:TRSTZ should be pulled down for production designs.
REALVIEW ICEJTAG I/F
MANUAL RESET JUMPER
HOLD IN RESETINSTALLED
NOT INSTALLED NORMAL OPERATION (DEFAULT)
Master ASIC Test Points, ARM Trace, JTAG, and Reset
(C) COPYRIGHT 2015 Texas Instruments All Rights Reserved
Note:TI reference design supports both TSOPII-48 and TSOPII-56 Flash types. The reference design uses a TSOPII-48Flash part. Please refer to diagram below for pinout and footprint comparison.
22
1
2
3
4
5
17
18
19
20
21
12
13
14
15
16
6
7
8
9
11
24
23
47
46
45
44
43
42
41
40
10
38
37
36
35
34
48
32
31
30
29
39
27
26
33
28
25
TSOPII-56
TSOPII-48
DO NOT INSTALL
DO NOT INSTALL
Master ASIC Flash Memory Interface (C) COPYRIGHT 2015 Texas Instruments All Rights Reserved
Note:TI reference design supports both TSOPII-48 and TSOPII-56 Flash types. The reference design uses a TSOPII-48Flash part. Please refer to diagram below for pinout and footprint comparison.
22
1
2
3
4
5
17
18
19
20
21
12
13
14
15
16
6
7
8
9
11
24
23
47
46
45
44
43
42
41
40
10
38
37
36
35
34
48
32
31
30
29
39
27
26
33
28
25
TSOPII-56
TSOPII-48
DO NOT INSTALL
DO NOT INSTALL
(C) COPYRIGHT 2015 Texas Instruments All Rights Reserved
(C) COPYRIGHT 2015 Texas Instruments All Rights Reserved
Master
P1P1V_M
P1P8V_M
P1P8V_M
P3P3V_M
P1P1V_M
P1P8V_M
P3P3V_M P1P8V_M P1P8V_M
P1P1V_M PLLM1_VDD
PLLM2_VDD
PLLD_VDDPLLD_VAD
A1P8V_M PLLM1_VAD
PLLM2_VAD
PLLS_VAD
PLLD_VAD
PLLM2_VAD
P3P3V_M
PLLS_VAD
P1P1V_MPLLM1_VDD
PLLM1_VAD
PLLM2_VDD
PLLD_VDD
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3432
Ben Uhing 9/30/2016
1/31/2017
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3432
Ben Uhing 9/30/2016
1/31/2017
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3432
Ben Uhing 9/30/2016
1/31/2017
C8060.1 uF10V10%
C9360.1 uF10V10%
C8200.1 uF10V10%
R640 1.00
C9020.1 uF10V10%
C8590.1 uF10V10%
C9210.1 uF10V10%
C8270.1 uF10V10%
C9090.1 uF10V10%
C8260.1 uF10V10%
C817100 uF6.3V20%
C9180.1 uF10V10%
C8250.1 uF10V10%
C8220.1 uF10V10%
C9160.1 uF10V10%
C9060.1 uF10V10%
C9040.1 uF10V10%
C8400.1 uF10V10%
FB506 470 Ohm
BLM18AG471SN1D
C9370.1 uF10V10%
FB504 470 Ohm
BLM18AG471SN1D
C8670.1 uF10V10%
C10310 uF10V10%
C8470.1 uF10V10%
C8000.1 uF10V10%
C9070.1 uF10V10%
C8020.1 uF10V10%
C8420.1 uF10V10%
C8620.1 uF10V10%
C9330.1 uF10V10%
C9100.1 uF10V10%
C8370.1 uF10V10%
C8850.1 uF10V10%
C8390.1 uF10V10%
C8280.1 uF10V10%
FB507 470 Ohm
BLM18AG471SN1D
C8630.1 uF10V10%
FB505 470 Ohm
BLM18AG471SN1D
R639 0.36
C8890.1 uF10V10%
C87310 uF10V10%
C89210 uF10V10%
C9080.1 uF10V10%
C8760.1 uF10V10%
C7910.1 uF10V10%
C8240.1 uF10V10%
C9170.1 uF10V10%
C85310 uF10V10%
C8040.1 uF10V10%
C7900.1 uF10V10%
C9200.1 uF10V10%
C91100 uF
C8030.1 uF10V10%
C8860.1 uF10V10%
C8560.1 uF10V10%
C8550.1 uF10V10%
C940.1 uF10V10%
C8230.1 uF10V10%
C8810.1 uF10V10%
C8900.1 uF10V10%
C9340.1 uF10V10%
FB3 470 Ohm
BLM18AG471SN1D
C9150.1 uF10V10%
C9190.1 uF10V10%
C8820.1 uF10V10%
C8520.1 uF10V10%
C9050.1 uF10V10%
C87210 uF10V10%
C9610 uF10V10%
FB509 470 Ohm
BLM18AG471SN1D
C8950.1 uF10V10%
C851100 uF6.3V20%
FB508 470 Ohm
BLM18AG471SN1D
U33J
DLPC4422DLPC4422
GN
D_A
1A
1
GN
D_A
2A
2
GN
D_A
3A
3
GN
D_A
24
A24
GN
D_A
25
A25
GN
D_A
26
A26
GN
D_B
1B
1
GN
D_B
2B
2
GN
D_B
3B
3
GN
D_B
25
B25
GN
D_C
3C
3
GN
D_C
24
C24
GN
D_D
4D
4
GN
D_D
23
D23
GN
D_E
5E
5
GN
D_E
22
E22
GN
D_F
6F
6
GN
D_F
9F
9
GN
D_F
12
F12
GN
D_F
15
F15
GN
D_F
18
F18
GN
D_F
21
F21
GN
D_G
5G
5
GN
D_J5
J5
GN
D_J6
J6
GN
D_J21
J21
GN
D_L5
L5
GN
D_N
5N
5
GN
D_R
6R
6
VD
DC
_T
21
T21
VD
DC
_T
16
T16
VD
DC
_T
11
T11
VD
DC
_P
6P
6V
DD
C_N
21
N21
VD
DC
_L16
L16
GN
D_L12
L12
GN
D_L13
L13
GN
D_L14
L14
GN
D_L15
L15
GN
D_M
6M
6
GN
D_M
21
M21
GN
D_M
11
M11
GN
D_M
12
M12
GN
D_M
13
M13
GN
D_M
14
M14
GN
D_M
15
M15
GN
D_M
16
M16
GN
D_N
11
N11
GN
D_N
12
N12
GN
D_N
13
N13
GN
D_N
14
N14
GN
D_N
15
N15
GN
D_N
16
N16
GN
D_P
11
P11
GN
D_P
12
P12
GN
D_P
13
P13
GN
D_P
14
P14
GN
D_P
15
P15
GN
D_P
16
P16
GN
D_R
5R
5
GN
D_R
11
R11
GN
D_R
12
R12
GN
D_R
13
R13
GN
D_R
14
R14
GN
D_R
15
R15
GN
D_R
16
R16
GN
D_U
5U
5
GN
D_V
6V
6
GN
D_V
21
V21
GN
D_T
12
T12
GN
D_T
13
T13
GN
D_T
14
T14
GN
D_T
15
T15
GN
D_W
5W
5
GN
D_Y
5Y
5
GN
D_A
A6
AA
6
GN
D_A
A9
AA
9
GN
D_A
A12
AA
12
GN
D_A
A15
AA
15
GN
D_A
A18
AA
18
GN
D_A
A21
AA
21
GN
D_A
B5
AB
5
GN
D_A
B22
AB
22
GN
D_A
C4
AC
4
GN
D_A
C23
AC
23
GN
D_A
D3
AD
3
GN
D_A
D24
AD
24
GN
D_A
E3
AE
3
GN
D_A
E24
AE
24
GN
D_A
E25
AE
25
GN
D_A
F1
AF
1
GN
D_A
F3
AF
3G
ND
_A
F2
AF
2
GN
D_A
F24
AF
24
GN
D_A
F25
AF
25
GN
D_A
F26
AF
26
PLLD
_V
SS
L23
PLLD
_V
DD
L22
PLLD
_V
AS
K26
PLLD
_V
AD
K25
PLLM
1_V
SS
M22
VD
DC
_F
7F
7
VD
DC
_F
10
F10
VD
DC
_F
13
F13
VD
DC
_F
16
F16
VD
DC
_F
19
F19
VD
DC
_G
21
G21
VD
DC
_H
6H
6
VD
DC
_K
21
K21
VD
DC
_L6
L6
VD
DC
_L11
L11
DR
AM
VD
D_F
14
F14
DR
AM
VD
D_H
5H
5
DR
AM
VD
D_H
21
H21
DR
AM
VD
D_N
6N
6
DR
AM
VD
D_P
21
P21
DR
AM
VD
D_T
6T
6
DR
AM
VD
D_U
21
U21
DR
AM
VD
D_A
A13
AA
13
LV
DS
AV
D_C
1C
1
LV
DS
AV
D_F
5F
5
VD
DC
_A
A14
AA
14
VD
DC
_A
A17
AA
17
VD
DC
_A
A20
AA
20
VD
DC
_U
6U
6
VD
DC
_W
21
W21
VD
DC
_Y
6Y
6
VD
DC
_A
A8
AA
8
VD
DC
_A
A11
AA
11
VD
D33_F
8F
8
VD
D33_F
11
F11
VD
D33_F
17
F17
VD
D33_F
20
F20
VD
D33_L21
L21
VD
D33_R
21
R21
VD
D33_Y
21
Y21
VD
D33_A
A7
AA
7
VD
D33_A
A10
AA
10
VD
D33_A
A16
AA
16
VD
D33_A
A19
AA
19
PLLM
2_V
AD
R25
LV
DS
_A
VS
1K
5
LV
DS
_A
VS
2V
5
PLLS
_V
AD
R23
PLLS
_V
AS
R24
PLLM
1_V
AD
L24
PLLM
2_V
AS
R26
PLLM
1_V
AS
L25
LV
DS
AV
D_A
E1
AE
1
PLLM
2_V
DD
P23
PLLM
1_V
DD
L26
PLLM
2_V
SS
P24
LV
DS
AV
D_G
6G
6
LV
DS
AV
D_K
6K
6
LV
DS
AV
D_M
5M
5
LV
DS
AV
D_P
5P
5
LV
DS
AV
D_T
5T
5
LV
DS
AV
D_W
6W
6
LV
DS
AV
D_A
A5
AA
5
L_V
DQ
PA
D_0
D17
L_V
DQ
PA
D_1
A17
L_V
DQ
PA
D_2
C18
L_V
DQ
PA
D_3
A18
L_V
DQ
PA
D_4
E17
L_V
DQ
PA
D_5
B17
L_V
DQ
PA
D_6
D18
L_V
DQ
PA
D_7
B18
R_V
DQ
PA
D_0
AD
18
R_V
DQ
PA
D_1
AB
17
R_V
DQ
PA
D_2
AD
17
R_V
DQ
PA
D_3
AB
16
R_V
DQ
PA
D_4
AC
18
R_V
DQ
PA
D_5
AF
17
R_V
DQ
PA
D_6
AC
17
R_V
DQ
PA
D_7
AE
17
VT
ES
T1
AB
14
VT
ES
T2
AB
15
VT
ES
T3
E15
VT
ES
T4
E16
CF
O_V
DD
33
AE
26
C8960.1 uF10V10%
C11210 uF10V10%
C8410.1 uF10V10%
C9010.1 uF10V10%
C8770.1 uF10V10%
C8680.1 uF10V10%
C8050.1 uF10V10%
C8600.1 uF10V10%
C90100 uF
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
Slave DLPC4422 P1P1V Bypass Capacitors
Slave DLPC P1P8V DRAM Bypass Capacitors
Slave DLPC4422 P3P3V Bypass Capacitors
Slave DLPC4422 P1P8V LVDS Bypass Capacitors
Slave DLPC4422 Power and Bypass Capacitors
(C) COPYRIGHT 2015 Texas Instruments All Rights Reserved
Slave
P1P1V_S
P1P8V_S
P1P8V_S
P3P3V_S P1P8V_S
P3P3V_S
P1P8V_S
P1P1V_S
P1P8V_S
P1P1V_SPLLM1_VDD_S
PLLM1_VAD_S
PLLM2_VDD_S
PLLD_VDD_S
PLLD_VDD_S
PLLD_VAD_S
A1P8V_S PLLM1_VAD_S
PLLM2_VAD_S
P1P1V_S
PLLS_VAD_S
PLLD_VAD_S
PLLM2_VAD_S
P3P3V_S
PLLS_VAD_S
PLLM1_VDD_S
PLLM2_VDD_S
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3433
Ben Uhing 9/30/2016
1/31/2017
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3433
Ben Uhing 9/30/2016
1/31/2017
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3433
Ben Uhing 9/30/2016
1/31/2017
C8660.1 uF10V10%
C8450.1 uF10V10%
C8120.1 uF10V10%
C89310 uF10V10%
FB510 470 Ohm
BLM18AG471SN1D
C8360.1 uF10V10%
C9030.1 uF10V10%
C8840.1 uF10V10%
C87410 uF10V10%
FB516 470 Ohm
BLM18AG471SN1D
FB511 470 Ohm
BLM18AG471SN1D
C10410 uF10V10%
C8090.1 uF10V10%
C8910.1 uF10V10%
C9130.1 uF10V10%
C9350.1 uF10V10%
C8130.1 uF10V10%
C9000.1 uF10V10%
C8480.1 uF10V10%
C8430.1 uF10V10%
C8650.1 uF10V10%
R642 0.36
C8780.1 uF10V10%
C8870.1 uF10V10%
C8100.1 uF10V10%
C9380.1 uF10V10%
C92100 uF
C11010 uF10V10%
FB514 470 Ohm
BLM18AG471SN1D
C8580.1 uF10V10%
C87010 uF10V10%
C9390.1 uF10V10%
R641 1.00
C9120.1 uF10V10%
C8310.1 uF10V10%
C8610.1 uF10V10%
C8110.1 uF10V10%
C8980.1 uF10V10%
C9280.1 uF10V10%
C9250.1 uF10V10%
C93100 uF
C8350.1 uF10V10%
C8340.1 uF10V10%
C8440.1 uF10V10%
C8830.1 uF10V10%
C8330.1 uF10V10%
C8940.1 uF10V10%
C9240.1 uF10V10%
C10910 uF10V10%
C8880.1 uF10V10%
C846100 uF6.3V20%
C8540.1 uF10V10%
FB512 470 Ohm
BLM18AG471SN1D
C8690.1 uF10V10%
FB513 470 Ohm
BLM18AG471SN1D
C8380.1 uF10V10%
C9300.1 uF10V10%
C9260.1 uF10V10%
C8070.1 uF10V10%
C8300.1 uF10V10%
C8080.1 uF10V10%
C9110.1 uF10V10%
C9310.1 uF10V10%
C9320.1 uF10V10%
U32J
DLPC4422DLPC4422
GN
D_A
1A
1
GN
D_A
2A
2
GN
D_A
3A
3
GN
D_A
24
A24
GN
D_A
25
A25
GN
D_A
26
A26
GN
D_B
1B
1
GN
D_B
2B
2
GN
D_B
3B
3
GN
D_B
25
B25
GN
D_C
3C
3
GN
D_C
24
C24
GN
D_D
4D
4
GN
D_D
23
D23
GN
D_E
5E
5
GN
D_E
22
E22
GN
D_F
6F
6
GN
D_F
9F
9
GN
D_F
12
F12
GN
D_F
15
F15
GN
D_F
18
F18
GN
D_F
21
F21
GN
D_G
5G
5
GN
D_J5
J5
GN
D_J6
J6
GN
D_J21
J21
GN
D_L5
L5
GN
D_N
5N
5
GN
D_R
6R
6
VD
DC
_T
21
T21
VD
DC
_T
16
T16
VD
DC
_T
11
T11
VD
DC
_P
6P
6V
DD
C_N
21
N21
VD
DC
_L16
L16
GN
D_L12
L12
GN
D_L13
L13
GN
D_L14
L14
GN
D_L15
L15
GN
D_M
6M
6
GN
D_M
21
M21
GN
D_M
11
M11
GN
D_M
12
M12
GN
D_M
13
M13
GN
D_M
14
M14
GN
D_M
15
M15
GN
D_M
16
M16
GN
D_N
11
N11
GN
D_N
12
N12
GN
D_N
13
N13
GN
D_N
14
N14
GN
D_N
15
N15
GN
D_N
16
N16
GN
D_P
11
P11
GN
D_P
12
P12
GN
D_P
13
P13
GN
D_P
14
P14
GN
D_P
15
P15
GN
D_P
16
P16
GN
D_R
5R
5
GN
D_R
11
R11
GN
D_R
12
R12
GN
D_R
13
R13
GN
D_R
14
R14
GN
D_R
15
R15
GN
D_R
16
R16
GN
D_U
5U
5
GN
D_V
6V
6
GN
D_V
21
V21
GN
D_T
12
T12
GN
D_T
13
T13
GN
D_T
14
T14
GN
D_T
15
T15
GN
D_W
5W
5
GN
D_Y
5Y
5
GN
D_A
A6
AA
6
GN
D_A
A9
AA
9
GN
D_A
A12
AA
12
GN
D_A
A15
AA
15
GN
D_A
A18
AA
18
GN
D_A
A21
AA
21
GN
D_A
B5
AB
5
GN
D_A
B22
AB
22
GN
D_A
C4
AC
4
GN
D_A
C23
AC
23
GN
D_A
D3
AD
3
GN
D_A
D24
AD
24
GN
D_A
E3
AE
3
GN
D_A
E24
AE
24
GN
D_A
E25
AE
25
GN
D_A
F1
AF
1
GN
D_A
F3
AF
3G
ND
_A
F2
AF
2
GN
D_A
F24
AF
24
GN
D_A
F25
AF
25
GN
D_A
F26
AF
26
PLLD
_V
SS
L23
PLLD
_V
DD
L22
PLLD
_V
AS
K26
PLLD
_V
AD
K25
PLLM
1_V
SS
M22
VD
DC
_F
7F
7
VD
DC
_F
10
F10
VD
DC
_F
13
F13
VD
DC
_F
16
F16
VD
DC
_F
19
F19
VD
DC
_G
21
G21
VD
DC
_H
6H
6
VD
DC
_K
21
K21
VD
DC
_L6
L6
VD
DC
_L11
L11
DR
AM
VD
D_F
14
F14
DR
AM
VD
D_H
5H
5
DR
AM
VD
D_H
21
H21
DR
AM
VD
D_N
6N
6
DR
AM
VD
D_P
21
P21
DR
AM
VD
D_T
6T
6
DR
AM
VD
D_U
21
U21
DR
AM
VD
D_A
A13
AA
13
LV
DS
AV
D_C
1C
1
LV
DS
AV
D_F
5F
5
VD
DC
_A
A14
AA
14
VD
DC
_A
A17
AA
17
VD
DC
_A
A20
AA
20
VD
DC
_U
6U
6
VD
DC
_W
21
W21
VD
DC
_Y
6Y
6
VD
DC
_A
A8
AA
8
VD
DC
_A
A11
AA
11
VD
D33_F
8F
8
VD
D33_F
11
F11
VD
D33_F
17
F17
VD
D33_F
20
F20
VD
D33_L21
L21
VD
D33_R
21
R21
VD
D33_Y
21
Y21
VD
D33_A
A7
AA
7
VD
D33_A
A10
AA
10
VD
D33_A
A16
AA
16
VD
D33_A
A19
AA
19
PLLM
2_V
AD
R25
LV
DS
_A
VS
1K
5
LV
DS
_A
VS
2V
5
PLLS
_V
AD
R23
PLLS
_V
AS
R24
PLLM
1_V
AD
L24
PLLM
2_V
AS
R26
PLLM
1_V
AS
L25
LV
DS
AV
D_A
E1
AE
1
PLLM
2_V
DD
P23
PLLM
1_V
DD
L26
PLLM
2_V
SS
P24
LV
DS
AV
D_G
6G
6
LV
DS
AV
D_K
6K
6
LV
DS
AV
D_M
5M
5
LV
DS
AV
D_P
5P
5
LV
DS
AV
D_T
5T
5
LV
DS
AV
D_W
6W
6
LV
DS
AV
D_A
A5
AA
5
L_V
DQ
PA
D_0
D17
L_V
DQ
PA
D_1
A17
L_V
DQ
PA
D_2
C18
L_V
DQ
PA
D_3
A18
L_V
DQ
PA
D_4
E17
L_V
DQ
PA
D_5
B17
L_V
DQ
PA
D_6
D18
L_V
DQ
PA
D_7
B18
R_V
DQ
PA
D_0
AD
18
R_V
DQ
PA
D_1
AB
17
R_V
DQ
PA
D_2
AD
17
R_V
DQ
PA
D_3
AB
16
R_V
DQ
PA
D_4
AC
18
R_V
DQ
PA
D_5
AF
17
R_V
DQ
PA
D_6
AC
17
R_V
DQ
PA
D_7
AE
17
VT
ES
T1
AB
14
VT
ES
T2
AB
15
VT
ES
T3
E15
VT
ES
T4
E16
CF
O_V
DD
33
AE
26
C8320.1 uF10V10%
C7930.1 uF10V10%
C7940.1 uF10V10%
C8790.1 uF10V10%
C8710.1 uF10V10%
C8970.1 uF10V10%
C8490.1 uF10V10%
C9270.1 uF10V10%
C8290.1 uF10V10%
C9230.1 uF10V10%
C9290.1 uF10V10%
C9140.1 uF10V10%
C85010 uF10V10%
FB515 470 Ohm
BLM18AG471SN1D
C8210.1 uF10V10%
C864100 uF6.3V20%
C9220.1 uF10V10%
C8570.1 uF10V10%
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
Revision B:All Pages: Resequenced reference designators to align with layoutPage 1: Updated notes with correct voltage names Updated indexPage 4: Rearranged DDR3_1_DQ[15:0] for routability
Revision C:Page 3: Change U5 to Do Not Install Updated C545 and C549 as Do Not Install Changed U506 to 75 MhzPage 11: Added Note Connecting pin 15 of U24 to P3P3VPage 8: Changed R89, R90, R91, R92, and R541 to 0 ohms.
Revision D:Page 3: Changed net name TEST_4A_AC6 to VX1_3D_EN. Changed net name TEST_4A_AE6 to VX1_LR_SYNC.Page 8: Added R190, R191, R192, and R193. Changed net name TEST_4A_AC6 to VX1_3D_EN. Changed net name TEST_4A_AE6 to VX1_LR_SYNC.Page 11: Connected pin 15 of U24 to P3P3V.Page 16: Changed C799 and C801 to 1800pF.Page 21: Added note to ballast circuit.Page 22: Added R188 and R189.Page 23: Changed RN501 to Install, added J52 header.Page 24: Changed RN500 to Install, added J53 header.
Revision E:Page 11: Changed U24-10, C85 connection from P3P3V to P5V_S.
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3434
Ben Uhing 9/30/2016
1/31/2017
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3434
Ben Uhing 9/30/2016
1/31/2017
TEXAS INSTRUMENTS
DWN DATE
ISSUE DATE
SCALE
DRAWING NO REV
SHEET OF
2514423 EA3
3434
Ben Uhing 9/30/2016
1/31/2017
IMPORTANT NOTICE FOR TI DESIGN INFORMATION AND RESOURCES
Texas Instruments Incorporated (‘TI”) technical, application or other design advice, services or information, including, but not limited to,reference designs and materials relating to evaluation modules, (collectively, “TI Resources”) are intended to assist designers who aredeveloping applications that incorporate TI products; by downloading, accessing or using any particular TI Resource in any way, you(individually or, if you are acting on behalf of a company, your company) agree to use it solely for this purpose and subject to the terms ofthis Notice.TI’s provision of TI Resources does not expand or otherwise alter TI’s applicable published warranties or warranty disclaimers for TIproducts, and no additional obligations or liabilities arise from TI providing such TI Resources. TI reserves the right to make corrections,enhancements, improvements and other changes to its TI Resources.You understand and agree that you remain responsible for using your independent analysis, evaluation and judgment in designing yourapplications and that you have full and exclusive responsibility to assure the safety of your applications and compliance of your applications(and of all TI products used in or for your applications) with all applicable regulations, laws and other applicable requirements. Yourepresent that, with respect to your applications, you have all the necessary expertise to create and implement safeguards that (1)anticipate dangerous consequences of failures, (2) monitor failures and their consequences, and (3) lessen the likelihood of failures thatmight cause harm and take appropriate actions. You agree that prior to using or distributing any applications that include TI products, youwill thoroughly test such applications and the functionality of such TI products as used in such applications. TI has not conducted anytesting other than that specifically described in the published documentation for a particular TI Resource.You are authorized to use, copy and modify any individual TI Resource only in connection with the development of applications that includethe TI product(s) identified in such TI Resource. NO OTHER LICENSE, EXPRESS OR IMPLIED, BY ESTOPPEL OR OTHERWISE TOANY OTHER TI INTELLECTUAL PROPERTY RIGHT, AND NO LICENSE TO ANY TECHNOLOGY OR INTELLECTUAL PROPERTYRIGHT OF TI OR ANY THIRD PARTY IS GRANTED HEREIN, including but not limited to any patent right, copyright, mask work right, orother intellectual property right relating to any combination, machine, or process in which TI products or services are used. Informationregarding or referencing third-party products or services does not constitute a license to use such products or services, or a warranty orendorsement thereof. Use of TI Resources may require a license from a third party under the patents or other intellectual property of thethird party, or a license from TI under the patents or other intellectual property of TI.TI RESOURCES ARE PROVIDED “AS IS” AND WITH ALL FAULTS. TI DISCLAIMS ALL OTHER WARRANTIES ORREPRESENTATIONS, EXPRESS OR IMPLIED, REGARDING TI RESOURCES OR USE THEREOF, INCLUDING BUT NOT LIMITED TOACCURACY OR COMPLETENESS, TITLE, ANY EPIDEMIC FAILURE WARRANTY AND ANY IMPLIED WARRANTIES OFMERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, AND NON-INFRINGEMENT OF ANY THIRD PARTY INTELLECTUALPROPERTY RIGHTS.TI SHALL NOT BE LIABLE FOR AND SHALL NOT DEFEND OR INDEMNIFY YOU AGAINST ANY CLAIM, INCLUDING BUT NOTLIMITED TO ANY INFRINGEMENT CLAIM THAT RELATES TO OR IS BASED ON ANY COMBINATION OF PRODUCTS EVEN IFDESCRIBED IN TI RESOURCES OR OTHERWISE. IN NO EVENT SHALL TI BE LIABLE FOR ANY ACTUAL, DIRECT, SPECIAL,COLLATERAL, INDIRECT, PUNITIVE, INCIDENTAL, CONSEQUENTIAL OR EXEMPLARY DAMAGES IN CONNECTION WITH ORARISING OUT OF TI RESOURCES OR USE THEREOF, AND REGARDLESS OF WHETHER TI HAS BEEN ADVISED OF THEPOSSIBILITY OF SUCH DAMAGES.You agree to fully indemnify TI and its representatives against any damages, costs, losses, and/or liabilities arising out of your non-compliance with the terms and provisions of this Notice.This Notice applies to TI Resources. Additional terms apply to the use and purchase of certain types of materials, TI products and services.These include; without limitation, TI’s standard terms for semiconductor products http://www.ti.com/sc/docs/stdterms.htm), evaluationmodules, and samples (http://www.ti.com/sc/docs/sampterms.htm).